Acceleration Circular Motion Centripetal Acceleration Tangential Acceleration Centripetal
![Acceleration & Circular Motion Centripetal Acceleration Tangential Acceleration Acceleration & Circular Motion Centripetal Acceleration Tangential Acceleration](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-1.jpg)
![Centripetal acceleration ac tangential acceleration is how fast the speed changes Centripetal acceleration is Centripetal acceleration ac tangential acceleration is how fast the speed changes Centripetal acceleration is](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-2.jpg)
![](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-3.jpg)
![Centripetal acceleration ac vf =vo +∆v vf = vo = v vf vo Centripetal acceleration ac vf =vo +∆v vf = vo = v vf vo](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-4.jpg)
![Centripetal acceleration ac vf =vo +∆v vf = vo = v vo vf Centripetal acceleration ac vf =vo +∆v vf = vo = v vo vf](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-5.jpg)
![Centripetal acceleration ac vf =vo +∆v vf vf = vo = v ∆v r Centripetal acceleration ac vf =vo +∆v vf vf = vo = v ∆v r](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-6.jpg)
![Centripetal acceleration ac vf ∆v r q r s vf q vo Centripetal acceleration ac vf ∆v r q r s vf q vo](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-7.jpg)
![Centripetal acceleration Inward Centripetal acceleration Inward](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-8.jpg)
![Tangential Acceleration tangential acceleration is how fast the speed changes change in speed a Tangential Acceleration tangential acceleration is how fast the speed changes change in speed a](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-9.jpg)
![Fig. 4. 18, p. 94 Fig. 4. 18, p. 94](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-10.jpg)
![Fig. 4. 19, p. 95 Fig. 4. 19, p. 95](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-11.jpg)
![Fig. 4. 19 a, p. 95 Fig. 4. 19 a, p. 95](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-12.jpg)
![Fig. 4. 19 b, p. 95 Fig. 4. 19 b, p. 95](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-13.jpg)
![A car rounds a corner of radius 12. 0 m at a speed A car rounds a corner of radius 12. 0 m at a speed](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-14.jpg)
![While traveling due southward at a speed of 20 m/s a car’s acceleration While traveling due southward at a speed of 20 m/s a car’s acceleration](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-15.jpg)
![Betty Sue Pete VB/c=0 m/s Vs/g=0 ground VP/c=5 m/s conveyor Vc/g=10 m/s VP/g=? Fig. Betty Sue Pete VB/c=0 m/s Vs/g=0 ground VP/c=5 m/s conveyor Vc/g=10 m/s VP/g=? Fig.](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-16.jpg)
![Betty Sue VB/c=0 m/s Vs/g=0 ground Pete VP/c=5 m/s conveyor Vc/g=10 m/s VP/g= VP/c+ Betty Sue VB/c=0 m/s Vs/g=0 ground Pete VP/c=5 m/s conveyor Vc/g=10 m/s VP/g= VP/c+](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-17.jpg)
![Betty Sue Pete VB/c=10 m/s Vs/g=0 ground VP/c=-5 m/s conveyor Vc/g=10 m/s VP/B=? Fig. Betty Sue Pete VB/c=10 m/s Vs/g=0 ground VP/c=-5 m/s conveyor Vc/g=10 m/s VP/B=? Fig.](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-18.jpg)
![Betty Sue Pete VB/c=0 m/s Vs/g=-8 ground VP/c=5 m/s conveyor Vc/g=10 m/s VP/S=? Fig. Betty Sue Pete VB/c=0 m/s Vs/g=-8 ground VP/c=5 m/s conveyor Vc/g=10 m/s VP/S=? Fig.](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-19.jpg)
![Betty Sue Pete VB/c=0 m/s Vs/g=-8 ground VP/c=5 m/s conveyor Vc/g=10 m/s VP/S= VP/c Betty Sue Pete VB/c=0 m/s Vs/g=-8 ground VP/c=5 m/s conveyor Vc/g=10 m/s VP/S= VP/c](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-20.jpg)
![Fig. 4. 22, p. 97 Fig. 4. 22, p. 97](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-21.jpg)
![Fig. 4. 22 a, p. 97 Fig. 4. 22 a, p. 97](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-22.jpg)
![Fig. 4. 22 b, p. 97 Fig. 4. 22 b, p. 97](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-23.jpg)
![Fig. 4. 23, p. 97 Fig. 4. 23, p. 97](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-24.jpg)
![Fig. 4. 24, p. 98 Fig. 4. 24, p. 98](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-25.jpg)
![Fig. 4. 25, p. 99 Fig. 4. 25, p. 99](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-26.jpg)
- Slides: 26
![Acceleration Circular Motion Centripetal Acceleration Tangential Acceleration Acceleration & Circular Motion Centripetal Acceleration Tangential Acceleration](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-1.jpg)
Acceleration & Circular Motion Centripetal Acceleration Tangential Acceleration
![Centripetal acceleration ac tangential acceleration is how fast the speed changes Centripetal acceleration is Centripetal acceleration ac tangential acceleration is how fast the speed changes Centripetal acceleration is](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-2.jpg)
Centripetal acceleration ac tangential acceleration is how fast the speed changes Centripetal acceleration is how fast the velocity changes because of its direction change.
![](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-3.jpg)
![Centripetal acceleration ac vf vo v vf vo v vf vo Centripetal acceleration ac vf =vo +∆v vf = vo = v vf vo](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-4.jpg)
Centripetal acceleration ac vf =vo +∆v vf = vo = v vf vo
![Centripetal acceleration ac vf vo v vf vo v vo vf Centripetal acceleration ac vf =vo +∆v vf = vo = v vo vf](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-5.jpg)
Centripetal acceleration ac vf =vo +∆v vf = vo = v vo vf
![Centripetal acceleration ac vf vo v vf vf vo v v r Centripetal acceleration ac vf =vo +∆v vf vf = vo = v ∆v r](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-6.jpg)
Centripetal acceleration ac vf =vo +∆v vf vf = vo = v ∆v r q r s vf q vo
![Centripetal acceleration ac vf v r q r s vf q vo Centripetal acceleration ac vf ∆v r q r s vf q vo](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-7.jpg)
Centripetal acceleration ac vf ∆v r q r s vf q vo
![Centripetal acceleration Inward Centripetal acceleration Inward](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-8.jpg)
Centripetal acceleration Inward
![Tangential Acceleration tangential acceleration is how fast the speed changes change in speed a Tangential Acceleration tangential acceleration is how fast the speed changes change in speed a](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-9.jpg)
Tangential Acceleration tangential acceleration is how fast the speed changes change in speed a T= (time taken)
![Fig 4 18 p 94 Fig. 4. 18, p. 94](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-10.jpg)
Fig. 4. 18, p. 94
![Fig 4 19 p 95 Fig. 4. 19, p. 95](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-11.jpg)
Fig. 4. 19, p. 95
![Fig 4 19 a p 95 Fig. 4. 19 a, p. 95](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-12.jpg)
Fig. 4. 19 a, p. 95
![Fig 4 19 b p 95 Fig. 4. 19 b, p. 95](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-13.jpg)
Fig. 4. 19 b, p. 95
![A car rounds a corner of radius 12 0 m at a speed A car rounds a corner of radius 12. 0 m at a speed](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-14.jpg)
A car rounds a corner of radius 12. 0 m at a speed of 6 m/s while also pressing on the gas. If the car’s speed is increasing at a rate of 4 m/s^2, what is the magnitude of the car’s total acceleration?
![While traveling due southward at a speed of 20 ms a cars acceleration While traveling due southward at a speed of 20 m/s a car’s acceleration](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-15.jpg)
While traveling due southward at a speed of 20 m/s a car’s acceleration is 6. 0 m/s^2 directed 60 degrees North of East. A) what is the radius of the car’s path? B) is the car speeding up or slowing down?
![Betty Sue Pete VBc0 ms Vsg0 ground VPc5 ms conveyor Vcg10 ms VPg Fig Betty Sue Pete VB/c=0 m/s Vs/g=0 ground VP/c=5 m/s conveyor Vc/g=10 m/s VP/g=? Fig.](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-16.jpg)
Betty Sue Pete VB/c=0 m/s Vs/g=0 ground VP/c=5 m/s conveyor Vc/g=10 m/s VP/g=? Fig. 4. 21, p. 96
![Betty Sue VBc0 ms Vsg0 ground Pete VPc5 ms conveyor Vcg10 ms VPg VPc Betty Sue VB/c=0 m/s Vs/g=0 ground Pete VP/c=5 m/s conveyor Vc/g=10 m/s VP/g= VP/c+](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-17.jpg)
Betty Sue VB/c=0 m/s Vs/g=0 ground Pete VP/c=5 m/s conveyor Vc/g=10 m/s VP/g= VP/c+ Vc/g=15 m/s Fig. 4. 21, p. 96
![Betty Sue Pete VBc10 ms Vsg0 ground VPc5 ms conveyor Vcg10 ms VPB Fig Betty Sue Pete VB/c=10 m/s Vs/g=0 ground VP/c=-5 m/s conveyor Vc/g=10 m/s VP/B=? Fig.](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-18.jpg)
Betty Sue Pete VB/c=10 m/s Vs/g=0 ground VP/c=-5 m/s conveyor Vc/g=10 m/s VP/B=? Fig. 4. 21, p. 96
![Betty Sue Pete VBc0 ms Vsg8 ground VPc5 ms conveyor Vcg10 ms VPS Fig Betty Sue Pete VB/c=0 m/s Vs/g=-8 ground VP/c=5 m/s conveyor Vc/g=10 m/s VP/S=? Fig.](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-19.jpg)
Betty Sue Pete VB/c=0 m/s Vs/g=-8 ground VP/c=5 m/s conveyor Vc/g=10 m/s VP/S=? Fig. 4. 21, p. 96
![Betty Sue Pete VBc0 ms Vsg8 ground VPc5 ms conveyor Vcg10 ms VPS VPc Betty Sue Pete VB/c=0 m/s Vs/g=-8 ground VP/c=5 m/s conveyor Vc/g=10 m/s VP/S= VP/c](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-20.jpg)
Betty Sue Pete VB/c=0 m/s Vs/g=-8 ground VP/c=5 m/s conveyor Vc/g=10 m/s VP/S= VP/c + Vc/g + Vg/S Fig. 4. 21, p. 96
![Fig 4 22 p 97 Fig. 4. 22, p. 97](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-21.jpg)
Fig. 4. 22, p. 97
![Fig 4 22 a p 97 Fig. 4. 22 a, p. 97](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-22.jpg)
Fig. 4. 22 a, p. 97
![Fig 4 22 b p 97 Fig. 4. 22 b, p. 97](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-23.jpg)
Fig. 4. 22 b, p. 97
![Fig 4 23 p 97 Fig. 4. 23, p. 97](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-24.jpg)
Fig. 4. 23, p. 97
![Fig 4 24 p 98 Fig. 4. 24, p. 98](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-25.jpg)
Fig. 4. 24, p. 98
![Fig 4 25 p 99 Fig. 4. 25, p. 99](https://slidetodoc.com/presentation_image/3448ad7cee825b178400a471dc1d84b6/image-26.jpg)
Fig. 4. 25, p. 99
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